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Global Urban Air Mobility (UAM) - Market and Technology Forecast to 2028

  • ID: 5131022
  • Report
  • July 2020
  • Region: Global
  • 362 Pages
  • Market Forecast

FEATURED COMPANIES

  • Airbus Defence & Space
  • Bell Helicopter
  • DeLorean Aerospace
  • Embraer S.A
  • Leonardo
  • Northrop Grumman Corp

Urban Air Mobility (UAM) is an emerging concept that represents a significant paradigm shift for legacy aviation stakeholders. Simply put, UAM is envisioned as on-demand air transportation within core urban areas and residential suburban destinations outside city centers using new, electric-powered, vertical take-off and landing (eVTOL) aircraft. UAM will also play an important role in rural connectivity. The UAM concept relies on the utilization of uncongested, low-altitude airspace, and at the center of UAM’s value proposition is improved transportation efficiency (i.e. reduced commuting time and road congestion through a fully integrated shared transportation system that seamlessly integrates surface and air transportation).

This latest report “Global Urban Air Mobility (UAM) - Market and Technology Forecast to 2028” examines, analyzes, and predicts the evolution of Urban Air Mobility technologies, markets, and outlays (expenditures) over the next 8 years – 2020 -2028.  It also examines the UAM markets geographically, focusing on the top 95% of global markets, in the United States, Europe, and Asia. In this report, we analyze the market size of the Global Urban Air Mobility market for the period 2020 – 2028. We primarily focus on the key markets - the Americas, Europe, Asia, the Middle East, and Africa. As of now, the United States remains the largest market UAM. European Union and China are emerging markets. Throughout the report, we show how UAM is used today to add real value. To provide the most thorough and realistic forecast, this report provides a twin-scenario analysis, including “steady state”, emergence of UAM aircraft technology. Companies are now unveiling new design plans for electric Vertical Take-off and Landing (eVTOL) aircraft that can cater to the UAM market. This is because electric aircraft will reduce the cost it takes to operate aircraft, including fuel and asset costs.

In this report, we have classified Urban Air Mobility under six (6) major groups. We will research these 6 major groups and also provide forecast figures from 2020 - 2028.

These major groups are:

1. Region: The regions discussed in this report are:

  • Americas
  • Europe
  • Asia
  • Middle East
  • Africa

2. Technology: The technologies that are of utmost importance to this industry are classified under two (2) heads:

A. UAM Software Technology:

  • Photogrammetric Software
  • Spatial Data Management Software
  • Computer Aided Design
  • Geographic Information Systems
  • Ground Control Station Software
  • Operating Systems for Drones
  • Cybersecurity

B. UAM – Hardware Technology

  • Autonomy
  • Fly by Wire
  • Sense & Avoid
  • Propulsion
  • Energy storage
  • Emissions
  • Structures
  • Safety
  • Communication
  • Active Noise Controls

3. Infrastructure: The infrastructure required to sustain UAM will include:

  • Charging Stations
  • Vertiports
  • Traffic Management
  •  Pilot Training
  • Operations

4. Service: The services that UAM will provide involve:

  • Air Taxi
  • Passenger Aerial Vehicle
  • Cargo Aerial Vehicle
  • Air Ambulance

5. Platform: The major platforms in the UAM market will be:

  • Rotary Wing
  • Tilt/Wing Prop
  • Lift + Cruise
  • Tailsitter

6. Range: The two (2) main range categories are:

  • Intercity (100 Kilometers to 400 Kilometers)
  • Intracity (20 Kilometers to 100 Kilometers)

7. End-User: We focus on six (6) major end-users:

  • Ride-Sharing Companies
  • E-Commerce Companies
  • Airlines
  • Hospitals
  • Military
  • Government Organizations

In particular, this report provides an in-depth analysis of the following:

  • Overview: Snapshot of the Urban Air Mobility (UAM) tech in the civilian market during 2020-2028, including highlights of the demand drivers, trends, and challenges. It also provides a snapshot of the spending with respect to regions as well as segments. It also sheds light on the emergence of new technologies
  • Market Dynamics: Insights into the technological developments in the UAM market and a detailed analysis of the changing preferences of governments around the world. It also analyzes changing industry structure trends and the challenges faced by the industry participants.
  • Segment Analysis: Insights into the various Systems market from a segmental perspective and a detailed analysis of factors influencing the market for each segment.
  • Regional Review: Insights into modernization patterns and budgetary allocation for top countries within a region.
  • Regional Analysis: Insights into the Systems market from a regional perspective and a detailed analysis of factors influencing the market for each region.
  • Trend Analysis: Key UAM markets: Analysis of the key markets in each region, providing an analysis of the various Systems segments expected to be in demand in each region.
  • Key Program Analysis: Details of the top programs in each segment expected to be executed during the forecast period.
  • Competitive Landscape Analysis: Analysis of the competitive landscape of this industry. It provides an overview of key companies, together with insights such as key alliances, strategic initiatives, and a brief financial analysis.

Reasons to buy

  • Determine prospective investment areas based on a detailed trend analysis of the Global Urban Air Mobility Market over the next eight years
  • Gain in-depth understanding about the underlying factors driving demand for different systems segments in the top spending countries across the world and identify the opportunities offered by each of them
  • Strengthen your understanding of the market in terms of demand drivers, industry trends, and the latest technological developments, among others
  • Identify the major channels that are driving the global small sat business, providing a clear picture about future opportunities that can be tapped, resulting in revenue expansion
  • Channelize resources by focusing on the ongoing programs that are being undertaken by the ministries of different countries within the small sat market
  • Make correct business decisions based on a thorough analysis of the total competitive landscape of the sector with detailed profiles of the top systems providers around the world which include information about their products, alliances, recent contract wins and financial analysis wherever available
Note: Product cover images may vary from those shown

FEATURED COMPANIES

  • Airbus Defence & Space
  • Bell Helicopter
  • DeLorean Aerospace
  • Embraer S.A
  • Leonardo
  • Northrop Grumman Corp

1 Introduction
1.1 Objective
1.2 Market definition
1.3 Methodology
1.4 Events based Forecast Scenario
1.5 Who will benefit from this report?
1.5.1 Business Leaders & Business Developers
1.5.2 Aircraft Manufacturers
1.5.3 Policy Makers, Analysts, and Planners
1.5.4 Tech Companies
1.6 Language

2 Executive Summary
2.1 Global Urban Air Mobility market - Trends and Insights
2.2 Coronavirus Pandemic of 2019-2020 - Impact on the Urban Air Mobility sector
2.3 Major Findings
2.4 Major Conclusions
2.5 Important Tables and Graphs

3 Current and Future Technology Overview of Global Urban Air Mobility Market
3.1 Introduction
3.2 Types of Infrastructure for Urban Air Mobility
3.3 Current Technologies
3.3.1 UAM - Software Technologies
3.3.2 UAM - Hardware Technologies
3.4 Future Technologies

4 Current and Future Market Overview of the Global Urban Air Mobility Market
4.1 Introduction
4.2 Number of Aircraft available for Urban Air Mobility - Per Region
4.2.1 Americas
4.2.2 Europe
4.2.3 Asia
4.2.4 Middle East
4.3 Current Markets
4.3.1 North America
4.3.2 Europe
4.3.3 Asia
4.3.4 Middle East
4.3.5 Rest of The World
4.4 Future Markets
4.5 How to reach scale
4.5.1 Challenges involved in scaling
4.5.2 Strategy for scaling

5 Market Analysis
5.1 Introduction
5.2 Porter’s 5 Forces Analysis
5.2.1 Bargaining power of buyers
5.2.2 Bargaining power of suppliers
5.2.3 Threat of new entrants
5.2.4 Threat of substitutes
5.2.5 Rivalry among existing players
5.3 PESTEL Analysis
5.3.1 Political Factors
5.3.2 Economic Factors
5.3.3 Social Factors
5.3.4 Technological Factors
5.3.5 Environmental Factors
5.3.6 Legal Factors
5.4 Forecast factors
5.4.1 Scenario 1 - Forecast Scenario: Post COVID-19 outbreak
5.4.2 Scenario 2 - Event Based Scenarios: Post COVID-19 outbreak

6 Forecast - Global Urban Air Mobility by Region to 2028
6.1 Introduction
6.2 Global Urban Air Mobility by Region overview
6.2.1 Americas- Urban Air Mobility Market
6.2.2 Europe- Urban Air Mobility Market
6.2.3 Asia- Urban Air Mobility Market
6.2.4 Middle East- Urban Air Mobility Market
6.2.5 Africa- Urban Air Mobility Market

7 Global Urban Air Mobility by Technology to 2028
7.1 Introduction
7.2 Global Urban Air Mobility market by Software Technology overview
7.2.1 Global Urban Air Mobility by Software Technology- Photogrammetric Software
7.2.2 Global Urban Air Mobility by Software Technology- Spatial Data Management Software
7.2.3 Global Urban Air Mobility by Software Technology - Computer-Aided Design
7.2.4 Global Urban Air Mobility by Software Technology - Geographic Information Systems
7.2.5 Global Urban Air Mobility by Software Technology - Ground Control Station Software
7.2.6 Global Urban Air Mobility by Software Technology - Operating System for Drones
7.2.7 Global Urban Air Mobility by Software Technology - Cybersecurity
7.3 Global Urban Air Mobility market by Hardware Technology overview
7.3.1 Global Urban Air Mobility by Hardware Technology - Autonomy
7.3.2 Global Urban Air Mobility by Hardware Technology - Fly by Wire
7.3.3 Global Urban Air Mobility by Hardware Technology - Sense & Avoid
7.3.4 Global Urban Air Mobility by Hardware Technology - Propulsion
7.3.5 Global Urban Air Mobility by Hardware Technology - Energy Storage
7.3.6 Global Urban Air Mobility by Hardware Technology - Emissions
7.3.7 Global Urban Air Mobility by Hardware Technology - Structures
7.3.8 Global Urban Air Mobility by Hardware Technology - Safety
7.3.9 Global Urban Air Mobility by Hardware Technology - Communication
7.3.10 Global Urban Air Mobility by Hardware Technology - Active Noise Control

8 Global Urban Air Mobility by Infrastructure to 2028
8.1 Introduction
8.2 Global Urban Air Mobility by Infrastructure overview
8.2.1 Global Urban Air Mobility by Infrastructure - Charging Stations
8.2.2 Global Urban Air Mobility by Infrastructure - Vertiports
8.2.3 Global Urban Air Mobility by Infrastructure - Traffic Management
8.2.4 Global Urban Air Mobility by Infrastructure - Pilot Training
8.2.5 Global Urban Air Mobility by Infrastructure - Operations

9 Global Urban Air Mobility by Service to 2028
9.1 Introduction
9.2 Global Urban Air Mobility by Service overview
9.2.1 Global Urban Air Mobility Market - Air Taxi
9.2.2 Global Urban Air Mobility Market - Passenger Aerial Vehicle
9.2.3 Global Urban Air Mobility Market - Cargo Aerial Vehicle
9.2.4 Global Urban Air Mobility Market - Air Ambulance

10 Global Urban Air Mobility by Platform to 2028
10.1 Introduction
10.2 Global Urban Air Mobility by Platform overview
10.2.1 Global Urban Air Mobility Market - Rotary Wing
10.2.2 Global Urban Air Mobility - Tilt/Wing Prop
10.2.3 Global Urban Air Mobility - Lift + Cruise
10.2.4 Global Urban Air Mobility - Tailsitter

11 Global Urban Air Mobility by Range to 2028
11.1 Introduction
11.2 Global Urban Air Mobility by Range overview
11.2.1 Global Urban Air Mobility by Range - Intercity (100 Kilometers to 400 Kilometers)
11.2.2 Global Urban Air Mobility Market by Range - Intracity (20 Kilometers to 100 Kilometers)

12 Global Urban Air Mobility by End User to 2028
12.1 Introduction
12.2 Global Urban Air Mobility by End User overview
12.3 Global Urban Air Mobility by End User - Ride-Sharing Companies
12.4 Global Urban Air Mobility by End User - eCommerce Companies
12.5 Global Urban Air Mobility by End User - Airlines
12.6 Global Urban Air Mobility by End User - Hospitals
12.7 Global Urban Air Mobility by End User - Military
12.8 Global Urban Air Mobility by End User - Government Organizations

13 Events based forecast for the Global Urban Air Mobility Market to 2028
13.1 Introduction
13.2 Events forecast factors
13.3 Impact of COVID-19 outbreak on events
13.4 Event Forecast by Regions
13.5 Event Forecast by Software Technology
13.6 Event Forecast by Hardware Technology
13.7 Event Forecast by Infrastructure
13.8 Event Forecast by Service
13.9 Event Forecast by Platform
13.10 Event Forecast by Range
13.11 Event Forecast by End User

14 Leading Companies in the Global Urban Air Mobility Market
14.1 Airbus Defence and Space
14.1.1 Company profile
14.1.2 Products & Services
14.1.3 Segment Revenue
14.1.4 Financial info (revenues, profit last 5 years)
14.1.5 Recent contract wins
14.1.6 Recent Projects completed
14.1.7 Strategic Alliances
14.1.8 Urban Air Mobility - Products & Services
14.1.9 SWOT ANALYSIS
14.2 BAE Systems
14.2.1 Company profile
14.2.2 Products & Services
14.2.3 Segment Revenue
14.2.4 Financial Info
14.2.5 Recent contract wins
14.2.6 Recent Projects completed
14.2.7 Strategic Alliances
14.2.8 Urban Air Mobility - Products & Services
14.2.9 SWOT ANALYSIS
14.3 Boeing Co.
14.3.1 Company profile
14.3.2 Products & Services
14.3.3 Segment Revenue
14.3.4 Financial Info
14.3.5 Recent contract wins
14.3.6 Recent Projects completed
14.3.7 Strategic Alliances
14.3.8 Urban Air Mobility - Products & Services
14.3.9 SWOT ANALYSIS
14.4 Israel Aerospace Industries (IAI)
14.4.1 Company profile
14.4.2 Products & Services
14.4.3 Segment Revenue
14.4.4 Financial Info
14.4.5 Recent contract wins
14.4.6 Recent Projects completed
14.4.7 Strategic Alliances
14.4.8 Urban Air Mobility - Products & Services
14.4.9 SWOT ANALYSIS
14.5 Leonardo
14.5.1 Company profile
14.5.2 Products & Services
14.5.3 Segment Revenue
14.5.4 Financial Info
14.5.5 Recent contract wins
14.5.6 Recent Projects completed
14.5.7 Strategic Alliances
14.5.8 Urban Air Mobility - Products & Services
14.5.9 SWOT ANALYSIS
14.6 Lockheed Martin
14.6.1 Company profile
14.6.2 Products & Services
14.6.3 Segment Revenue
14.6.4 Financial Info
14.6.5 Recent contract wins
14.6.6 Recent Projects completed
14.6.7 Strategic Alliances
14.6.8 Urban Air Mobility - Products & Services
14.6.9 SWOT ANALYSIS
14.7 Northrop Grumman Corp.
14.7.1 Company profile
14.7.2 Products & Services
14.7.3 Segment Revenue
14.7.4 Financial Info
14.7.5 Recent contract wins
14.7.6 Recent Projects completed
14.7.7 Strategic Alliances
14.7.8 Urban Air Mobility - Products & Services
14.7.9 SWOT Analysis
14.8 Saab
14.8.1 Company profile
14.8.2 Products & Services
14.8.3 Segment Revenue
14.8.4 Financial Info
14.8.5 Recent contract wins
14.8.6 Recent Projects completed
14.8.7 Strategic Alliances
14.8.8 Urban Air Mobility - Products & Services
14.8.9 SWOT ANALYSIS
14.9 Safran
14.9.1 Company profile
14.9.2 Products & Services
14.9.3 Segment Revenue
14.9.4 Financial Info
14.9.5 Recent contract wins
14.9.6 Recent projects completed
14.9.7 Strategic Alliances
14.9.8 Urban Air Mobility - Products & Services
14.9.9 SWOT Analysis
14.10 THALES
14.10.1 Company profile
14.10.2 Products & Services
14.10.3 Segment Revenue
14.10.4 Financial Info
14.10.5 Recent contract wins
14.10.6 Recent projects completed
14.10.7 Strategic Alliances
14.10.8 Urban Air Mobility - Products & Services
14.10.9 SWOT Analysis
14.11 Other Companies of Interest
14.11.1 Airspace Experience Technologies
14.11.2 Alisport Srl
14.11.3 Bell Helicopter
14.11.4 Bye Aerospace
14.11.5 DeLorean Aerospace
14.11.6 DigiSky
14.11.7 Electravia - Helices E Props
14.11.8 Embraer S.A.
14.11.9 EHang
14.11.10 Joby Aviation
14.11.11 Karem Aircraft
14.11.12 Lilium
14.11.13 Volta Volare

15 Opportunity Analysis
15.1 Introduction
15.2 Opportunity Analysis Post Coronavirus Outbreak - by Region
15.3 Opportunity Analysis Post Coronavirus Outbreak - by Technology
15.4 Opportunity Analysis Post Coronavirus Outbreak - by Infrastructure
15.5 Opportunity Analysis Post Coronavirus Outbreak - by Service
15.6 Opportunity Analysis Post Coronavirus Outbreak - by Platform

16 Conclusions and recommendations
16.1 Major Conclusions and Recommendations
16.2 Fulfilling the business objectives
16.3 Coronavirus pandemic relief measures
16.4 Marketing and growth lessons post the COVID-19 crisis

17 About the Publisher
17.1 General
17.2 Contact the Publisher
17.3 Disclaimer
17.4 License information

18 Appendices
18.1 Companies Mentioned
18.2 Abbreviations
18.3 Related reports

List of Figures
Figure 1: Bell Nexus eVTOL
Figure 2: UAM - Passenger demand growth
Figure 3: Urban Air Mobility by Region [US$ Bn] - 2020 - 2028
Figure 4: Urban Air Mobility by Technology (Software and Hardware) [US$ Bn] - 2020 - 2028
Figure 5: Urban Air Mobility by Infrastructure [US$ Bn] - 2020 - 2028
Figure 6: Concept of operation for UAM
Figure 7: Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Figure 8: Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028
Figure 9: Urban Air Mobility by Range [US$ Bn] - 2020 - 2028
Figure 10: Urban Air Mobility Growth Comparison: Post Coronavirus vs Pre - Coronavirus [US$ Bn] - 2020 - 2028
Figure 11: Self - piloted vertical - take - off - and - landing passenger aircraft for UAM
Figure 12: Sense and Avoid System
Figure 13: NASA’s Sceptor distributed electric propulsion testbed
Figure 14: E - Fan concept from Airbus
Figure 15: High power lithium battery
Figure 16: Number of aircraft (different types) worldwide
Figure 17: Total aircraft worldwide
Figure 18: Estimate of electric propelled aircraft under development
Figure 19: Percentage share of civil helicopters by Region
Figure 20: Electric vertical takeoff and landing (eVTOL) aircraft in Asia
Figure 21: Middle East - Growth in total airline seat capacity
Figure 22: Pegasus Vertical Business Jet
Figure 23: Urban Air Mobility: Regions Classified on Expected Growth Rate
Figure 24: Porter’s Five Forces, Global Urban Air Mobility Market - 2020 - 2028
Figure 25: PESTEL Analysis, Global Urban Air Mobility Market - 2020 - 2028
Figure 26: Urban Air Mobility by Region [US$ Bn] - 2020 - 2028
Figure 27: Urban Air Mobility by Region - TOTAL [US$ Bn] - 2020 - 2028
Figure 28: Urban Air Mobility by Region - Americas [US$ Bn] - 2020 - 2028
Figure 29: Urban Air Mobility by Region - Americas - TOTAL [US$ Bn] - 2020 - 2028
Figure 30: Urban Air Mobility by Region - Europe [US$ Bn] - 2020 - 2028
Figure 31: Urban Air Mobility by Region - Europe - TOTAL [US$ Bn] - 2020 - 2028
Figure 32: Urban Air Mobility by Region - Asia [US$ Bn] - 2020 - 2028
Figure 33: Urban Air Mobility by Region - Asia - TOTAL [US$ Bn] - 2020 - 2028
Figure 34: Urban Air Mobility by Region - Middle East [US$ Bn] - 2020 - 2028
Figure 35: Urban Air Mobility by Region - Middle East - TOTAL [US$ Bn] - 2020 - 2028
Figure 36: Urban Air Mobility by Region - Africa [US$ Bn] - 2020 - 2028
Figure 37: Urban Air Mobility by Region - Africa - TOTAL [US$ Bn] - 2020 - 2028
Figure 38: Urban Air Mobility by Technology (Software) [US$ Bn] - 2020 - 2028
Figure 39: Urban Air Mobility by Technology (Software) - TOTAL [US$ Bn] - 2020 - 2028
Figure 40: Urban Air Mobility by Technology - Photogrammetric Software [US$ Bn] - 2020 - 2028
Figure 41: Urban Air Mobility by Technology - Photogrammetric Software - TOTAL [US$ Bn] - 2020 - 2028
Figure 42: Urban Air Mobility by Technology - Spatial Data Management Software [US$ Bn] - 2020 - 2028
Figure 43: Urban Air Mobility by Technology - Spatial Data Management Software - TOTAL [US$ Bn] - 2020 - 2028
Figure 44: Urban Air Mobility by Technology - Computer Aided Design [US$ Bn] - 2020 - 2028
Figure 45: Urban Air Mobility by Technology - Computer Aided Design - TOTAL [US$ Bn] - 2020 - 2028
Figure 46: Urban Air Mobility by Technology - Geographic Information Systems [US$ Bn] - 2020 - 2028
Figure 47: Urban Air Mobility by Technology - Geographic Information Systems - TOTAL [US$ Bn] - 2020 - 2028
Figure 48: Urban Air Mobility by Technology - Ground Control Station Software [US$ Bn] - 2020 - 2028
Figure 49: Urban Air Mobility by Technology - Ground Control Station Software - TOTAL [US$ Bn] - 2020 - 2028
Figure 50: Urban Air Mobility by Technology - Operating System for Drones [US$ Bn] - 2020 - 2028
Figure 51: Urban Air Mobility by Technology - Operating System for Drones - TOTAL [US$ Bn] - 2020 - 2028
Figure 52: Urban Air Mobility by Technology - Cybersecurity [US$ Bn] - 2020 - 2028
Figure 53: Urban Air Mobility by Technology - Cybersecurity - TOTAL [US$ Bn] - 2020 - 2028
Figure 54: Urban Air Mobility by Technology (H/W)  [US$ Bn] - 2020 - 2028
Figure 55: Urban Air Mobility by Technology (H/W)  - TOTAL [US$ Bn] - 2020 - 2028
Figure 56: Urban Air Mobility by Technology - Autonomy [US$ Bn] - 2020 - 2028
Figure 57: Urban Air Mobility by Technology - Autonomy - TOTAL [US$ Bn] - 2020 - 2028
Figure 58: Urban Air Mobility by Technology - Fly by Wire [US$ Bn] - 2020 - 2028
Figure 59: Urban Air Mobility by Technology - Fly by Wire - TOTAL [US$ Bn] - 2020 - 2028
Figure 60: Urban Air Mobility by Technology - Sense & Avoid [US$ Bn] - 2020 - 2028
Figure 61: Urban Air Mobility by Technology - Sense & Avoid - TOTAL  [US$ Bn] - 2020 - 2028
Figure 62: Urban Air Mobility by Technology - Propulsion [US$ Bn] - 2020 - 2028
Figure 63: Urban Air Mobility by Technology - Propulsion - TOTAL [US$ Bn] - 2020 - 2028
Figure 64: Urban Air Mobility by Technology - Energy Storage [US$ Bn] - 2020 - 2028
Figure 65: Urban Air Mobility by Technology - Energy Storage - TOTAL  [US$ Bn] - 2020 - 2028
Figure 66: Urban Air Mobility by Technology - Emissions [US$ Bn] - 2020 - 2028
Figure 67: Urban Air Mobility by Technology - Emissions - TOTAL  [US$ Bn] - 2020 - 2028
Figure 68: Urban Air Mobility by Technology - Structures [US$ Bn] - 2020 - 2028
Figure 69: Urban Air Mobility by Technology - Structures - TOTAL  [US$ Bn] - 2020 - 2028
Figure 70: Urban Air Mobility by Technology - Safety [US$ Bn] - 2020 - 2028
Figure 71: Urban Air Mobility by Technology - Safety - TOTAL [US$ Bn] - 2020 - 2028
Figure 72: Urban Air Mobility by Technology - Communication [US$ Bn] - 2020 - 2028
Figure 73: Urban Air Mobility by Technology - Communication - TOTAL [US$ Bn] - 2020 - 2028
Figure 74: Urban Air Mobility by Technology - Active Noise Controls [US$ Bn] - 2020 - 2028
Figure 75: Urban Air Mobility by Technology - Active Noise Controls - TOTAL [US$ Bn] - 2020 - 2028
Figure 76: Urban Air Mobility by Infrastructure  [US$ Bn] - 2020 - 2028
Figure 77: Urban Air Mobility by Infrastructure  - TOTAL [US$ Bn] - 2020 - 2028
Figure 78: Urban Air Mobility by Infrastructure - Charging Stations [US$ Bn] - 2020 - 2028
Figure 79: Urban Air Mobility by Infrastructure - Charging Stations - TOTAL [US$ Bn] - 2020 - 2028
Figure 80: Urban Air Mobility by Infrastructure - Vertiports [US$ Bn] - 2020 - 2028
Figure 81: Urban Air Mobility by Infrastructure - Vertiports - TOTAL [US$ Bn] - 2020 - 2028
Figure 82: Urban Air Mobility by Infrastructure - Traffic Management [US$ Bn] - 2020 - 2028
Figure 83: Urban Air Mobility by Infrastructure - Traffic Management - TOTAL [US$ Bn] - 2020 - 2028
Figure 84: Urban Air Mobility by Infrastructure - Pilot Training  [US$ Bn] - 2020 - 2028
Figure 85: Urban Air Mobility by Infrastructure - Pilot Training - TOTAL  [US$ Bn] - 2020 - 2028
Figure 86: Urban Air Mobility by Infrastructure - Operations [US$ Bn] - 2020 - 2028
Figure 87: Urban Air Mobility by Infrastructure - Operations - TOTAL [US$ Bn] - 2020 - 2028
Figure 88: Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Figure 89: Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Figure 90: Urban Air Mobility by Service - TOTAL [US$ Bn] - 2020 - 2028
Figure 91: Urban Air Mobility by Service - Air Taxi [US$ Bn] - 2020 - 2028
Figure 92: Urban Air Mobility by Service - Air Taxi - TOTAL [US$ Bn] - 2020 - 2028
Figure 93: Urban Air Mobility by Service - Passenger Air Vehicle [US$ Bn] - 2020 - 2028
Figure 94: Urban Air Mobility by Service - Passenger Air Vehicle - TOTAL [US$ Bn] - 2020 - 2028
Figure 95: Urban Air Mobility by Service - Cargo Air Vehicle [US$ Bn] - 2020 - 2028
Figure 96: Urban Air Mobility by Service - Cargo Air Vehicle - TOTAL [US$ Bn] - 2020 - 2028
Figure 97: Urban Air Mobility by Service - Air Ambulance [US$ Bn] - 2020 - 2028
Figure 98: Urban Air Mobility by Service - Air Ambulance - TOTAL [US$ Bn] - 2020 - 2028
Figure 99: Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028
Figure 100: Urban Air Mobility by Platform - TOTAL [US$ Bn] - 2020 - 2028
Figure 101: Urban Air Mobility by Platform - Rotary Wing [US$ Bn] - 2020 - 2028
Figure 102: Urban Air Mobility by Platform - Rotary Wing - TOTAL [US$ Bn] - 2020 - 2028
Figure 103: Urban Air Mobility by Platform - Tilt/ Wing Prop [US$ Bn] - 2020 - 2028
Figure 104: Urban Air Mobility by Platform - Tilt/ Wing Prop - TOTAL [US$ Bn] - 2020 - 2028
Figure 105: Urban Air Mobility by Platform - Lift + Cruise [US$ Bn] - 2020 - 2028
Figure 106: Urban Air Mobility by Platform - Lift + Cruise - TOTAL [US$ Bn] - 2020 - 2028
Figure 107: Urban Air Mobility by Platform - Tailsitter [US$ Bn] - 2020 - 2028
Figure 108: Urban Air Mobility by Platform - Tailsitter - TOTAL  [US$ Bn] - 2020 - 2028
Figure 109: Urban Air Mobility by Range [US$ Bn] - 2020 - 2028
Figure 110: Urban Air Mobility by Range - TOTAL [US$ Bn] - 2020 - 2028
Figure 111: Urban Air Mobility by Range - Intercity (100 Kilometres to 400 Kilometres) [US$ Bn] - 2020 - 2028
Figure 112: Urban Air Mobility by Range - Intercity (100 Kilometres to 400 Kilometres) - TOTAL [US$ Bn] - 2020 - 2028
Figure 113: Urban Air Mobility by Range - Intracity (20 Kilometres to 100 Kilometres) [US$ Bn] - 2020 - 2028
Figure 114: Urban Air Mobility by Range - Intracity (20 Kilometres to 100 Kilometres) - TOTAL [US$ Bn] - 2020 - 2028
Figure 115: Urban Air Mobility by End User [US$ Bn] - 2020 - 2028
Figure 116: Urban Air Mobility by End User - TOTAL [US$ Bn] - 2020 - 2028
Figure 117: Urban Air Mobility by End User - Ride Sharing Companies [US$ Bn] - 2020 - 2028
Figure 118: Urban Air Mobility by End User - Ride Sharing Companies - TOTAL [US$ Bn] - 2020 - 2028
Figure 119: Urban Air Mobility by End User - E - Commerce Companies [US$ Bn] - 2020 - 2028
Figure 120: Urban Air Mobility by End User - E - Commerce Companies - TOTAL [US$ Bn] - 2020 - 2028
Figure 121: Urban Air Mobility by End User - Airlines [US$ Bn] - 2020 - 2028
Figure 122: Urban Air Mobility by End User - Airlines - TOTAL [US$ Bn] - 2020 - 2028
Figure 123: Urban Air Mobility by End User - Hospitals [US$ Bn] - 2020 - 2028
Figure 124: Urban Air Mobility by End User - Hospitals - TOTAL[US$ Bn] - 2020 - 2028
Figure 125: Urban Air Mobility by End User - Military  [US$ Bn] - 2020 - 2028
Figure 126: Urban Air Mobility by End User - Military  [US$ Bn] - 2020 - 2028
Figure 127: Urban Air Mobility by End User - Government Organizations  [US$ Bn] - 2020 - 2028
Figure 128: Urban Air Mobility by End User - Government Organizations  [US$ Bn] - 2020 - 2028
Figure 129: Event Forecast - Urban Air Mobility by Region [US$ Bn] - 2020 - 2028
Figure 130: Event Forecast - Urban Air Mobility by Region - TOTAL [US$ Bn] - 2020 - 2028
Figure 131: Event Forecast - Urban Air Mobility by Technology(Software) [US$ Bn] - 2020 - 2028
Figure 132: Event Forecast - Urban Air Mobility by Technology(Software) - TOTAL [US$ Bn] - 2020 - 2028
Figure 133: Event Forecast - Urban Air Mobility by Technology (H/W)  [US$ Bn] - 2020 - 2028
Figure 134: Event Forecast - Urban Air Mobility by Technology (H/W) - TOTAL [US$ Bn] - 2020 - 2028
Figure 135: Event Forecast - Urban Air Mobility by Infrastructure  [US$ Bn] - 2020 - 2028
Figure 136: Event Forecast - Urban Air Mobility by Infrastructure - TOTAL [US$ Bn] - 2020 - 2028
Figure 137: Event Forecast - Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Figure 138: Event Forecast - Urban Air Mobility by Service - TOTAL [US$ Bn] - 2020 - 2028
Figure 139: Event Forecast - Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028
Figure 140: Event Forecast - Urban Air Mobility by Platform - TOTAL [US$ Bn] - 2020 - 2028
Figure 141: Event Forecast - Urban Air Mobility by Range [US$ Bn] - 2020 - 2028
Figure 142: Event Forecast - Urban Air Mobility by Range - TOTAL [US$ Bn] - 2020 - 2028
Figure 143: Event Forecast - Urban Air Mobility by End User [US$ Bn] - 2020 - 2028
Figure 144: Event Forecast - Urban Air Mobility by End User - TOTAL [US$ Bn] - 2020 - 2028
Figure 145: Airbus Segment Revenue 2019 (in%)
Figure 146: Airbus Revenue 2015 - 2019 (in US$ billions)
Figure 147: Airbus Net Income: 2015 - 2019 (in US$ billions)
Figure 148: Airbus - Financial Information 2015 - 2019 (US$ billions)
Figure 149: Airbus CityBus
Figure 150: BAE Segment Revenue (2019)
Figure 151: BAE Total Revenue: 2015 - 2019 (in US$ billions)
Figure 152: BAE Net Income: 2015 - 2019 (in US$ billions)
Figure 153: BAE Systems - Financial Information 2015 - 2019 (US$ billions)
Figure 154: Boeing Segment Revenue 2019 (in %)
Figure 155: Boeing - Revenues 2015 - 2019 (US$ billions)
Figure 156: Boeing: Net Income - 2015 - 2019 (US$ billions)
Figure 157: The Boeing Company Financial Information 2015 - 2019 (US$ billions)
Figure 158: Boeing PAV aircraft
Figure 159: Cora
Figure 160: IAI Segment Revenue 2019 (in %)
Figure 161: IAI - Total Revenue 2015 - 2019 (US$ billions)
Figure 162: IAI - Net Profit 2015 - 2019 (US$ billions)
Figure 163: IAI - Financial Information 2015 - 2019 (US$ billions)
Figure 164: BirdEye 650
Figure 165: Leonardo Segment Revenue 2019 (in %)
Figure 166: Leonardo - Net Revenue 2015 - 2019 (US$ billions)
Figure 167: Leonardo - Net Profit 2015 - 2019 (US$ billions)
Figure 168: Leonardo Financial Information 2015 - 2019 (US$ billions)
Figure 169: Lockheed Martin Segment Revenue 2019 (in %)
Figure 170: Lockheed Martin - Total Revenues 2015 - 2019 ( US$ billions)
Figure 171: Lockheed Martin - Net Profit 2015 - 2019 (US$ billions)
Figure 172: Lockheed Martin: Financial Information 2015 - 2019 (US$ billions)
Figure 173: Hybrid Airship
Figure 174: Indago 3 UAV
Figure 175: Northrop Grumman Segment Revenue (in %)
Figure 176: Northrop Grumman - Total Revenue 2015 - 2019 (US$ billions)
Figure 177: Northrop Grumman - Net Profit 2015 - 2019 (US$ billions)
Figure 178: Northrop Grumman Financial Information 2015 - 2019 (US$ billions)
Figure 179: Firebird
Figure 180: Saab Segment Revenue 2019 (in %)
Figure 181: Saab - Total Revenue 2015 - 2019 (US$ billions)
Figure 182: Saab - Net Profit 2015 - 2019 (US$ billions)
Figure 183: Saab Financial Information 2015 - 2019 (US$ billion)
Figure 184: Saab Skeldar
Figure 185: Safran Net Profit by Segment in 2019 (in %)
Figure 186: Safran - Total Sales 2015 - 2019 (US$ billions)
Figure 187: Safran - Operating Income - 2015 - 2019 (US$ billions)
Figure 188: Safran Financial Information 2015 - 2019 (US$ billion)
Figure 189: Safran Engine for Aircraft
Figure 190: Thales - Sales by Business Segments in 2019 (in %)
Figure 191: THALES - Sales - 2015 - 2019 (US$ billion)
Figure 192: THALES - Operating Income - 2015 - 2019 (US$ billion)
Figure 193: THALES Financial Information 2015 - 2019 (US$ billion)
Figure 194: Electric Aircraft
Figure 195: DeLorean’s DR - 7 aircraft
Figure 196: Lilium Jet
Figure 197: Volta Volare's DaVinci Aircraft
Figure 198: Factors determining success of Opportunity Analysis
Figure 199: Opportunity Analysis, By Region, (CAGR In Percent), 2020 - 2028
Figure 200: Opportunity Analysis, By Technology (Software), (CAGR In Percent), 2020 - 2028
Figure 201: Opportunity Analysis, By Technology (Hardware), (CAGR In Percent), 2020 - 2028
Figure 202: Opportunity Analysis, By Infrastructure, (CAGR In Percent), 2020 - 2028
Figure 203: Opportunity Analysis, By Service, (CAGR In Percent), 2020 - 2028
Figure 204: Tilt Wing Vehicle
Figure 205: Opportunity Analysis, By Platform, (CAGR In Percent), 2020 - 2028
Figure 206: Likely timeframes for the availability of analyzed aircraft and engine concepts for UAM service providers
Figure 207: NASA's concept morphing airplane
Figure 208: Expected cost of battery technology from 2020 - 2040
Figure 209: V - Shaped recession
Figure 210: Prevention & Promotion focused moves
Figure 211: Hybrid aircraft for Urban Air Mobility

List of Tables
Table 1: Urban Air Mobility by Region [US$ Bn] - 2020 - 2028
Table 2: Urban Air Mobility by Technology (Software) [US$ Bn] - 2020 - 2028
Table 3: Urban Air Mobility by Technology (Hardware)  [US$ Bn] - 2020 - 2028
Table 4: Urban Air Mobility by Infrastructure  [US$ Bn] - 2020 - 2028
Table 5: Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Table 6: Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028
Table 7: Urban Air Mobility by Range [US$ Bn] - 2020 - 2028
Table 8: Urban Air Mobility by End User [US$ Bn] - 2020 - 2028
Table 9: Urban Air Mobility Growth Comparison: Post Coronavirus vs Pre Coronavirus [US$ Bn] - 2020 - 2028
Table 10: Types of aircraft worldwide
Table 11: Details for all aircraft projects currently underway for possible UAM use
Table 12: Aircraft in Americas
Table 13: Aircraft in Europe
Table 14: Aircraft in Asia
Table 15: Aircraft in Middle East
Table 16: Percentage share of civil helicopters by Region
Table 17: Urban Air Mobility by Region [US$ Bn] - 2020 - 2028
Table 18: Urban Air Mobility by Region - Americas [US$ Bn] - 2020 - 2028
Table 19: Urban Air Mobility by Region - Europe [US$ Bn] - 2020 - 2028
Table 20: Urban Air Mobility by Region - Asia [US$ Bn] - 2020 - 2028
Table 21: Urban Air Mobility by Region - Middle East [US$ Bn] - 2020 - 2028
Table 22: Urban Air Mobility by Region - Africa [US$ Bn] - 2020 - 2028
Table 23: Urban Air Mobility by Technology (Software) [US$ Bn] - 2020 - 2028
Table 24: Urban Air Mobility by Technology - Photogrammetric Software [US$ Bn] - 2020 - 2028
Table 25: Urban Air Mobility by Technology - Spatial Data Management Software [US$ Bn] - 2020 - 2028
Table 26: Urban Air Mobility by Technology - Computer Aided Design [US$ Bn] - 2020 - 2028
Table 27: Urban Air Mobility by Technology - Geographic Information Systems [US$ Bn] - 2020 - 2028
Table 28: Urban Air Mobility by Technology - Ground Control Station Software [US$ Bn] - 2020 - 2028
Table 29: Urban Air Mobility by Technology - Operating System for Drones [US$ Bn] - 2020 - 2028
Table 30: Urban Air Mobility by Technology - Cybersecurity [US$ Bn] - 2020 - 2028
Table 31: Urban Air Mobility by Technology (H/W)  [US$ Bn] - 2020 - 2028
Table 32: Urban Air Mobility by Technology - Autonomy [US$ Bn] - 2020 - 2028
Table 33: Urban Air Mobility by Technology - Fly by Wire [US$ Bn] - 2020 - 2028
Table 34: Urban Air Mobility by Technology - Sense & Avoid [US$ Bn] - 2020 - 2028
Table 35: Urban Air Mobility by Technology - Propulsion [US$ Bn] - 2020 - 2028
Table 36: Urban Air Mobility by Technology - Energy Storage [US$ Bn] - 2020 - 2028
Table 37: Urban Air Mobility by Technology - Emissions [US$ Bn] - 2020 - 2028
Table 38: Urban Air Mobility by Technology - Structures [US$ Bn] - 2020 - 2028
Table 39: Urban Air Mobility by Technology - Safety [US$ Bn] - 2020 - 2028
Table 40: Urban Air Mobility by Technology - Communication [US$ Bn] - 2020 - 2028
Table 41: Urban Air Mobility by Technology - Active Noise Control [US$ Bn] - 2020 - 2028
Table 42: Urban Air Mobility by Infrastructure  [US$ Bn] - 2020 - 2028
Table 43: Urban Air Mobility by Infrastructure - Charging Stations [US$ Bn] - 2020 - 2028
Table 44: Urban Air Mobility by Infrastructure - Vertiports [US$ Bn] - 2020 - 2028
Table 45: Urban Air Mobility by Infrastructure - Traffic Management [US$ Bn] - 2020 - 2028
Table 46: Urban Air Mobility by Infrastructure - Pilot Training [US$ Bn] - 2020 - 2028
Table 47: Urban Air Mobility by Infrastructure - Operations [US$ Bn] - 2020 - 2028
Table 48: Urban Air Mobility by Service - Air Taxi [US$ Bn] - 2020 - 2028
Table 49: Urban Air Mobility by Service - Passenger Air Vehicle [US$ Bn] - 2020 - 2028
Table 50: Urban Air Mobility by Service - Cargo Air Vehicle [US$ Bn] - 2020 - 2028
Table 51: Urban Air Mobility by Service - Air Ambulance [US$ Bn] - 2020 - 2028
Table 52: Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028
Table 53: Urban Air Mobility by Platform - Rotary Wing [US$ Bn] - 2020 - 2028
Table 54: Urban Air Mobility by Platform - Tilt/ Wing Prop [US$ Bn] - 2020 - 2028
Table 55: Urban Air Mobility by Platform - Lift + Cruise [US$ Bn] - 2020 - 2028
Table 56: Urban Air Mobility by Platform - Tailsitter [US$ Bn] - 2020 - 2028
Table 57: Urban Air Mobility by Range [US$ Bn] - 2020 - 2028
Table 58: Urban Air Mobility by Range - Intercity (100 Kilometres to 400 Kilometres) [US$ Bn] - 2020 - 2028
Table 59: Urban Air Mobility by Range - Intracity (20 Kilometres to 100 Kilometres) [US$ Bn] - 2020 - 2028
Table 60: Urban Air Mobility by End User [US$ Bn] - 2020 - 2028
Table 61: Urban Air Mobility by End User - Ride Sharing Companies [US$ Bn] - 2020 - 2028
Table 62: Urban Air Mobility by End User - E - Commerce Companies [US$ Bn] - 2020 - 2028
Table 63: Urban Air Mobility by End User - Airlines [US$ Bn] - 2020 - 2028
Table 64: Urban Air Mobility by End User - Hospitals [US$ Bn] - 2020 - 2028
Table 65: Urban Air Mobility by End User - Military  [US$ Bn] - 2020 - 2028
Table 66: Urban Air Mobility by End User - Government Organizations  [US$ Bn] - 2020 - 2028
Table 67: Event Forecast - Urban Air Mobility  by  Region [US$ Bn] - 2020 - 2028
Table 68: Event Forecast - Urban Air Mobility by Technology(Software) [US$ Bn] - 2020 - 2028
Table 69: Event Forecast - Urban Air Mobility by Technology(Hardware) [US$ Bn] - 2020 - 2028
Table 70: Event Forecast - Urban Air Mobility by Infrastructure  [US$ Bn] - 2020 - 2028
Table 71: Event Forecast - Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Table 72: Event Forecast - Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028
Table 73: Event Forecast - Urban Air Mobility by Range [US$ Bn] - 2020 - 2028
Table 74: Event Forecast - Urban Air Mobility by End User [US$ Bn] - 2020 - 2028
Table 75: Urban Air Mobility by Region [US$ Billion] - 2020 - 2028
Table 76: Urban Air Mobility by Technology (Hardware) [US$ Billion] - 2020 - 2028
Table 77: Urban Air Mobility by Technology(Software) [US$ Bn] - 2020 - 2028
Table 78: Urban Air Mobility by Infrastructure [US$ Billion] - 2020 - 2028
Table 79: Urban Air Mobility by Service [US$ Bn] - 2020 - 2028
Table 80: Urban Air Mobility by Platform [US$ Bn] - 2020 - 2028

Note: Product cover images may vary from those shown

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  • Airbus Defence & Space
  • Airspace Experence Technologies
  • Alisport Srl
  • BAE Systems
  • Bell Helicopter
  • Boeing Co
  • Bye Aerospace
  • DeLorean Aerospace
  • DigiSky
  • EHang
  • Electravia – Helices E Props
  • Embraer S.A
  • Israel Aerospace Industries
  • Joby Aviation
  • Karem Aircraft
  • Leonardo
  • Lilium
  • Lockheed Martin
  • Northrop Grumman Corp
  • Saab
  • Safran
  • Thales
  • Volta Volar
Note: Product cover images may vary from those shown
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